Incorporating scholar's background knowledge into recommender system for digital libraries

Bahram Amini, R. Ibrahim, M. Othman, Hamid Rastegari
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引用次数: 18

Abstract

In recent years, recommender systems have received increasing attention in digital libraries since they assist scholars to find the most appropriate articles. However, a major problem of such systems is that they don't subsume user background knowledge into the recommendation process and scholars have to manually sift irrelevant articles obtained in response of queries. Therefore, a great challenging task is how to include scholar's knowledge into personalization process and filter out articles accordingly. To address this problem, a novel cascade recommender framework which incorporates scholar's background knowledge using ontological concepts into the user profiles is proposed. The framework exploits standard ODP structure as ontology modeling as well as lexicographic database (WordNet) for concept disambiguation. The primary experiment over CiteSeerX digital library indicates an increase in user satisfaction.
将学者背景知识融入数字图书馆推荐系统
近年来,推荐系统在数字图书馆中越来越受到关注,因为它可以帮助学者找到最合适的文章。然而,这类系统的一个主要问题是它们没有将用户背景知识纳入推荐过程,学者们必须手动筛选响应查询获得的不相关文章。因此,如何将学者的知识融入到个性化过程中,并对文章进行相应的筛选,是一项极具挑战性的任务。为了解决这一问题,提出了一种新的级联推荐框架,该框架将学者的背景知识与本体概念结合到用户配置文件中。该框架利用标准的ODP结构作为本体建模,并利用词典数据库(WordNet)进行概念消歧。对CiteSeerX数字图书馆的初步实验表明,用户满意度有所提高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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